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Experimental investigation on thermal properties and fire performance of lauric acid/diphenyl phosphate/expanded perlite as a flame retardant phase change material for latent heat storage applications

Awni H. Alkhazaleh, Waref Almanaseer, Atif Alkhazali

2023Sustainable Energy Technologies and Assessments17 citationsDOI

Topics & Concepts

Fire retardantDifferential scanning calorimetryCone calorimeterMaterials scienceThermogravimetric analysisFlammabilityPhase-change materialComposite materialComposite numberTemperature cyclingCombustionChemical engineeringThermalChemistryCharOrganic chemistryEngineeringMeteorologyThermodynamicsPhysicsPhase Change Materials ResearchFlame retardant materials and propertiesFire dynamics and safety research
Experimental investigation on thermal properties and fire performance of lauric acid/diphenyl phosphate/expanded perlite as a flame retardant phase change material for latent heat storage applications | Litcius